Healthservices - I think you also accidentally hit one of the problems in this conversation. Relative vs absolute humidity. Relative is the amount of water that air can suspend at a given temp, pressure, etc, where absolute humidity is (in the case of 10%) 1100ml water per liter of air. It seems the math above seems to be absolute while OP was talking relative. Also, forgive my metrics as I'm not proficient in metric measures, but seem simplest in this case.
I found an absolute to relative converter (It's on the Internet, so it must be accurate, right?)
https://planetcalc.com/2167/ Converting 10% relative at 37C (100F) and whatever the default pressures in the calculators converts to .004% absolute humidity. So if I get my conversion math correct, that's 4ml per liter of air before compression. All this of course changes when you compress the air, but also now makes perfect sense why bleeding takes care of 99% of the water issues and whatever is left is insignificant, and may be absorbed by the normal fiber filter provided by YH. I do add a secondary filter with about 3 times the volume of the original YH filter. In my case that seems to be sufficient.
So, here's where my math starts to fall apart. -
So, carrying out one more step, The Cubic Foot to Liter calculator says my 74 cubic foot tank is 2095 liters. (Again, it's on the internet, so I hope that's accurate). Compressing enough air to fill my entire 2095 liter carbon fiber tank to max capacity yields 8380ml 0r 8.38 liters of suspended water at 10% relative humidity.
Bleeding over the couple hours it takes to fill the tank takes care of a loot of the water, but 8.3 liters would still overwhelm any desiccant system commonly available to the common airgunner, and my observations say this isn't the case. So, I'd say there is something wrong with the math.
Oh the joys of fluid dynamics, math, conversions between systems, and the rest.
If you are going to use metrics for your calculations which is much easier, it's better not to mix them with imperial imputs when constructing equasions. There are also other factors appart from reletive humidity to consider when estimating the total amount of liquid water that will result from compressing 74 cubic feet of air into a .240 cubic foot bottle. If you were to get 8.3 litres of water from compressing that much air, the water alone would take up more space than the bottle could hold. It looks like it's back to the old drawing board for you.